r^-4s^-2 r = -3 s = 5
\[r ^{-4}s ^{-2}\]
http://www.wolframalpha.com/input/?i=r%5e-4s%5e-2r+%3d+-3s+%3d+5&incTime=true
wait… would the original look like \[r ^{-4} s ^{-2}\] ?
lol never mind i just realized something…disregard that :P
so just plug in the values… \(-3^{-4}\) \(5^{-2}\)
and solve from there :) do you still need help? @elliecosme ?
1/(-9)(25) ?
Well from the website they changed it to simpler way but kinda still gets me confused.
okay np :)
so for negative square roots… you would go back decimal places, not whole values (this is not absolute value).
so think of it as standard form: \(-3^{-4}\) = 1/81…because \(3^4\)=81, and \(-3^{-4}\) is the fraction form of it because of the negative exponent
Does that make more sense?
Oh yeah, I'm catching on.
:D okay good lol teaching has never been strong for me.. I'm working on it :P do you think you can solve the next one?
5^-2 1/25 ?
yeah that's right! :DD
nice one ^_^ *internet high five* let me know if you have questions…and for now, have a nice day
Wait sorry I don't exactly know how to put that as an answer though for r^−4s^−2
@Jamierox4ev3r
you would put the final simplified form :) so what are the two fractional values that you got?
1/81 and 1/25
mhm…so how would you combine those together, since they are like terms?
yikes…that may take a while
find the lcd, and make the needed changes...
Oh well I forgot to write down what I got but I got 25/81
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